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● No “ghost shadow” or “fish eye” after removal;
● Low gel content, soft and stable adhesion plus easy-peel removal with no surface damage or curling;
● High clarity, color stability and good weather ability;
● UV resistance for up to 6 months;
● Can print customized logo or application instructions;
● Extensive application onto Acrylic (PMMA), Polyester (PET) Polycarbonate (PC) vinyl (PVC), etc
Main characteristics：
|
Thickness |
From 30um to 60um |
|
Width |
From 100mm to 2250mm |
|
Roll length |
100m to 2,000m |
|
Elongation |
≥300 |
|
Adhesion level |
Low |
|
Adhesive type |
Acrylic |
|
Film color availability |
Clear, white, foggy clear or white, etc. |
|
Printing availability |
0-3 colors |
|
UV resistance |
Up to 3-6 months |
How to ensure that the protective film does not damage the material surface during installation and removal?
It is very important to ensure that the Protective Film For Acrylic (PMMA), Polyester (PET) aAnd Polycarbonate (PC) Etc does not damage the material surface during installation and removal, which not only maintains the appearance and quality of the material, but also prolongs the service life of the protective film and improves the overall effect and cost-effectiveness. Before installing the protective film, it is necessary to ensure that the material surface is clean, flat, and free of dust, grease or other dirt. This can be achieved by using an appropriate cleaner and a clean cloth, ensuring that the surface is completely dry so that the protective film can be evenly attached to it.
During the installation process, using the right tools is also key. Commonly used tools include rags or squeegees, which can help ensure that the protective film can be evenly attached to the surface of the material and reduce the generation of bubbles or gaps. In addition, it is important to avoid applying too much pressure or tension during installation. Excessive force may cause the protective film to stretch or twist, which in turn affects its adhesion performance and appearance on the surface.
After the protective film is prepared and properly installed, the removal process also needs to be treated with caution. When removing the protective film, it is recommended to proceed at a slow and even speed. This can reduce the stress applied to the material surface during the removal process, thus avoiding possible damage or surface defects. Preheating can be an effective method, especially for large-area protective films. Preheating helps soften the glue, making the protective film easier to tear off, while reducing the tension and friction on the surface, thereby reducing the potential risk of damage.
When choosing the tearing angle, it is recommended to choose an appropriate angle, usually around 45 degrees. This angle not only reduces the adhesion between the protective film and the surface, but also makes it easier to tear off the protective film without affecting the quality and appearance of the material surface. At the same time, it is also crucial to follow the specific recommendations and guidance provided by the manufacturer. Different types and brands of protective films may have different characteristics and tearing methods, so ensuring that relevant best practices are followed can minimize the potential risk of damage.
If glue residue is found on the surface after removing the protective film, it should be handled with caution. Use a cleaner or solvent recommended by the manufacturer and gently wipe the surface to remove residual glue or stains. It is crucial to choose the appropriate cleaner to avoid damaging the material surface due to the use of inappropriate chemicals. The best practice is to choose a mild detergent and wipe gently with a soft cloth or sponge to ensure that the surface is clean and free of residue after the protective film is removed.
